ライフサイエンスコーパス: agouti protein

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1 quires residues in the amino terminus of the Agouti protein.

2 yproline residues found in the middle of the agouti protein.

3 ses the effect of the endogenous antagonist, agouti protein.

4 Agouti protein, a paracrine signaling molecule normally

5 me, which results from ectopic expression of agouti protein, a pigmentation factor normally expressed

6 tions regarding the biochemical mechanism of Agouti protein action, and provide evidence of a novel s

7 However, full-length Agouti protein acts by an additional mechanism that is t

8 , but mutations that cause overexpression of agouti protein, an antagonist of the receptor, result in

9 Agouti protein and Agouti-related protein (Agrp) are par

10 Agouti protein and Agouti-related protein (Agrp) regulat

11 Agouti protein and agouti-related protein are homologous

12 to the Mc1r, and that the similarity between Agouti protein and Agrp includes their binding sites.

13 binding by the carboxyl-terminal portion of Agouti protein and down-regulation of melanocortin recep

14 Agouti protein and the Agouti-related protein (AGRP) are

15 We find that carboxyl-terminal Agouti protein, and all forms of Agrp tested, act solely

16 rize pharmacologic properties of recombinant Agouti protein, and have directly measured its cell-surf

17 by Agrp, which indicates that alpha-MSH and Agouti protein bind in a mutually exclusive way to the M

18 hat attractin is a low-affinity receptor for agouti protein, but not Agrp, in vitro and in vivo.

19 gmentary effects of Agouti, and suggest that Agouti protein can act as an agonist of the Mc1r in a wa

20 ne-scanning mutagenesis was performed on the agouti protein carboxyl terminus to locate residues impo

21 that the electrophoretic mobility of native Agouti protein corresponds to the mature full-length for

22 In melanophores, Agouti protein has no effect in the absence of alpha-MSH

23 and carboxyl-terminal fragments of Agrp and Agouti protein in a sensitive bioassay based on pigment

24 hat BMP signaling controls the expression of Agouti protein in the hair follicle and provide evidence

25 (FAS) gene expression; further, recombinant agouti protein increases in cultured adipocytes and thes

26 n dissociation constants for mouse and human agouti protein inhibition of ligand binding to the melan

27 The human agouti protein is 85% homologous to mouse agouti; howeve

28 The mouse agouti protein is a paracrine signaling molecule that ca

29 The Agouti protein is normally expressed in the skin and act

30 Expression of Agouti protein is normally limited to the skin where it

31 pic hormone, melanocyte stimulating hormone, agouti protein ligands (in rodents), c-Kit, and the endo

32 sistant to the effects of agouti, suggesting agouti protein may not play a role in human pigmentary v

33 el signaling mechanism whereby alpha-MSH and Agouti protein or Agrp function as independent ligands t

34 ides based on the sequence of this loop from Agouti protein or human AGRP are functional antagonists

35 sibly influencing the biogenesis of secreted agouti protein or modulating protein-protein interaction

36 date for a receptor mediating the effects of agouti protein overexpression.

37 The agouti protein plays an important role in the developmen

38 A carboxyl-terminal fragment of Agouti protein, Ser73-Cys131, is sufficient for melanoco

39 an adipocytes, and we have shown recombinant agouti protein to increase adipocyte intracellular Ca2+(

40 homology to the corresponding region of the agouti protein, which is an MC1R antagonist involved in

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